Tel: +86-532-83130887 Email: eiffel@qdhaijia.net
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HA-9030N
HAIJIA
At its essence, the Sub Nozzle Angle Air Jet Loom Machine is a shuttleless loom that harnesses the power of compressed air. The main nozzle acts as the starting gun, launching the weft yarn into motion with a powerful blast of air. But here's where it gets really interesting. Along the width of the loom, a series of sub nozzles are strategically positioned. These sub nozzles are angled in a way that they emit precisely directed air jets. These angled jets work in tandem with the main jet, gently guiding and propelling the weft yarn across the shed created by the warp yarns. It's like a well-choreographed dance where each air jet plays its part to ensure the yarn reaches its destination smoothly and accurately.
The Main Nozzle: This is the powerhouse of the weft insertion process. Crafted from top-notch materials that can withstand the intense pressure and friction, the main nozzle forcefully expels the weft yarn into the loom. Its design is optimized to create a strong and stable air flow that can grip and carry the yarn effectively.
Sub Nozzles: These are the unsung heroes of the loom. Arranged in an orderly row, each sub nozzle has a specific angle that is carefully calibrated. This angle is crucial as it determines how the air jet interacts with the weft yarn. Made from durable materials like high-quality ceramics or tough alloys, the sub nozzles are built to last and deliver consistent performance over time.
Air Supply System: A vital part of the machine, the air supply system is like the lifeblood. It consists of compressors that generate the compressed air, air filters that keep the air clean by removing any impurities, and pressure regulators that ensure the air pressure is just right. The pipelines connect all these components, delivering the air to the main and sub nozzles precisely when needed.
Shed Forming Mechanism: Comprising heald frames and other related parts, this mechanism is responsible for creating the space, or shed, through which the weft yarn travels. It operates with great precision, separating the warp yarns into upper and lower layers at the right moment to allow the weft yarn to pass through unobstructed.
In the apparel industry, this loom is a favorite. It can produce a vast array of fabrics, from the flowing and elegant materials used in evening gowns to the sturdy and comfortable fabrics for everyday wear. Its ability to handle different yarns and create high-quality fabrics makes it an essential tool for fashion designers and manufacturers.
For home textiles, the Sub Nozzle Angle Air Jet Loom Machine is equally valuable. It can create beautiful and functional fabrics for curtains, bed linens, and upholstery. The ability to customize the fabric's texture, pattern, and color makes it possible to meet the diverse needs of interior design.
In the world of technical textiles, where performance is key, this loom plays a crucial role. It can produce fabrics for applications such as automotive interiors, where durability and comfort are essential, or medical textiles, where hygiene and precision are of utmost importance. Its precise weaving capabilities make it suitable for these demanding technical applications.
At its essence, the Sub Nozzle Angle Air Jet Loom Machine is a shuttleless loom that harnesses the power of compressed air. The main nozzle acts as the starting gun, launching the weft yarn into motion with a powerful blast of air. But here's where it gets really interesting. Along the width of the loom, a series of sub nozzles are strategically positioned. These sub nozzles are angled in a way that they emit precisely directed air jets. These angled jets work in tandem with the main jet, gently guiding and propelling the weft yarn across the shed created by the warp yarns. It's like a well-choreographed dance where each air jet plays its part to ensure the yarn reaches its destination smoothly and accurately.
The Main Nozzle: This is the powerhouse of the weft insertion process. Crafted from top-notch materials that can withstand the intense pressure and friction, the main nozzle forcefully expels the weft yarn into the loom. Its design is optimized to create a strong and stable air flow that can grip and carry the yarn effectively.
Sub Nozzles: These are the unsung heroes of the loom. Arranged in an orderly row, each sub nozzle has a specific angle that is carefully calibrated. This angle is crucial as it determines how the air jet interacts with the weft yarn. Made from durable materials like high-quality ceramics or tough alloys, the sub nozzles are built to last and deliver consistent performance over time.
Air Supply System: A vital part of the machine, the air supply system is like the lifeblood. It consists of compressors that generate the compressed air, air filters that keep the air clean by removing any impurities, and pressure regulators that ensure the air pressure is just right. The pipelines connect all these components, delivering the air to the main and sub nozzles precisely when needed.
Shed Forming Mechanism: Comprising heald frames and other related parts, this mechanism is responsible for creating the space, or shed, through which the weft yarn travels. It operates with great precision, separating the warp yarns into upper and lower layers at the right moment to allow the weft yarn to pass through unobstructed.
In the apparel industry, this loom is a favorite. It can produce a vast array of fabrics, from the flowing and elegant materials used in evening gowns to the sturdy and comfortable fabrics for everyday wear. Its ability to handle different yarns and create high-quality fabrics makes it an essential tool for fashion designers and manufacturers.
For home textiles, the Sub Nozzle Angle Air Jet Loom Machine is equally valuable. It can create beautiful and functional fabrics for curtains, bed linens, and upholstery. The ability to customize the fabric's texture, pattern, and color makes it possible to meet the diverse needs of interior design.
In the world of technical textiles, where performance is key, this loom plays a crucial role. It can produce fabrics for applications such as automotive interiors, where durability and comfort are essential, or medical textiles, where hygiene and precision are of utmost importance. Its precise weaving capabilities make it suitable for these demanding technical applications.
